International Standard Serial Number:

ISSN 1001-4551

Sponsor:

Zhejiang University;

Zhejiang Machinery and Electrical Group

Edited by:

Editorial of Journal of Mechanical & Electrical Engineering

Chief Editor:

ZHAO Qun

Vice Chief Editor:

TANG ren-zhong,

LUO Xiang-yang

Tel:

86-571-87041360,87239525

Fax:

86-571-87239571

Add:

No.9 Gaoguannong,Daxue Road,Hangzhou,China

P.C:

310009

E-mail:

meem_contribute@163.com

Influence of colliding of single particle and the processing wall on solid-liquid flow processing with ABAQUS
Published:2013-04-08 author:JI Shi-ming, WANG Jia-qi, TAN Da-peng Browse: 3180 Check PDF documents

Influence of colliding of single particle and the processing wall on solid-liquid flow processing with ABAQUS

JI Shi-ming, WANG Jia-qi, TAN Da-peng
(Ministry of Education & Zhejiang Province,Key Laboratory of E&M,
Zhejiang University of Technology, Hangzhou 310014, China)

Abstract: Aiming at the problem that how particles affect the outcome of the solid-liquid flow processing,a hypothesis that the friction between the particle and the processing will be a vital factor that influences both the process and the polishing quality was presented. According to the real experimental processing data,the material removal was studied when the single particle comes into contact with the processing wall,using ABAQUS software. Then the experiment was set up to polish the steel strip with solid-liquid flow. The experiment results show that the abrasion is evenly distributed and the surface roughness greatly improved which means that the solid-liquid flow is valid in polishing process. The results indicate that the combined action of horizontal cutting force and vertical pressing force will cause plastically deformation and further abrasion in real machining,improving the surface roughness to mirror finish. Meanwhile,the mechanism of solid-liquid flow precision machining without tools can be viewed directly through ABAQUS software in microscopic.
Key words: mold; finishing cut of surface; solid-liquid flow; ABAQUS; single particle; particles abrasion; finite element analysis
 

  • Chinese Core Periodicals
  • Chinese Sci-tech Core Periodicals
  • SA, INSPEC Indexed
  • CSA: T Indexed
  • UPD:Indexed

Copyright 2010 Zhejiang Information Institute of Mechinery Industry All Rights Reserved

Technical Support:Hangzhou Bory science and technology

You are 1895221 visit this site